Develop an expression for the JouleThomson coeffi cient using the pressure-based expansion of the virial equation truncated
Question:
Develop an expression for the Joule–Thomson coeffi cient using the pressure-based expansion of the virial equation truncated at the second virial coeffi cient. Use the corresponding state relationships presented in Chapter 4 for the temperature dependence of B to develop a generalized correlation for μJT.
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To use Equation 557 we need to write the virial equation in a form that is explicit in volume This c...View the full answer
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